Comparison of c3

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COMPARISON OF C3, C4, AND CAM PLANTS C3 C4 CAM Found in most plants Found in tropical grasses such as corn, sugarcane Specially in succulents growing under semi arid condition. e.g ; pineapple, agave Fixed carbon in Calvin cycle – attach CO 2 to RuBP Fix carbon in cytoplasm – attach CO 2 to PEP Fix carbon at night only, fix it to organic molecules With high temperature, photorespiration predominates in C3 plants With high temperature, Calvin cycle predominates C4 plants With high temperature, Calvin cycle predominates C4 plants First stable product 3PGA First stable product OAA (Oxalo acetic acid) First stable product OAA (Oxalo acetic acid) Enzyme- Rubisco Enzyme- PEP-ase Enzyme -PEP-ase Most energy efficient method Half way between these two Best water conservation Loses water through photorespiration Loses water Loses least water Bundle sheath cell lacking chloroplast Bundle sheath cell having chloroplast Large vacuoles in mesophyll cell

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this table shows the comparison between c3, c4, and CAM plants.

Transcript of Comparison of c3

COMPARISON OF C3, C4, AND CAM PLANTSC3C4CAM

Found in most plantsFound in tropical grasses such as corn, sugarcaneSpecially in succulents growing under semi arid condition. e.g ; pineapple, agave

Fixed carbon in Calvin cycle attach CO2 to RuBPFix carbon in cytoplasm attach CO2 to PEPFix carbon at night only, fix it to organic molecules

With high temperature, photorespiration predominates in C3 plants

With high temperature, Calvin cycle predominates C4 plants With high temperature, Calvin cycle predominates C4 plants

First stable product 3PGAFirst stable product OAA (Oxalo acetic acid)First stable product OAA (Oxalo acetic acid)

Enzyme- RubiscoEnzyme- PEP-aseEnzyme -PEP-ase

Most energy efficient methodHalf way between these twoBest water conservation

Loses water through photorespirationLoses waterLoses least water

Bundle sheath cell lacking chloroplastBundle sheath cell having chloroplastLarge vacuoles in mesophyll cell